My pyramid controller is almost identical to my sphere controller. The difference in shape means that each side feels a little like a preset, and its easier to have an intuition about rotation and orientation compared to a sphere. The code is slightly different as it doesn't adjust brightness; this looks better in my opinion. The code and model files can be found here: https://github.com/little-scale/Music-Sphere-Controller alongside a Max patch that makes it easy to get the data from the pyramid. The board will transmit x y and z data streams for acceleration, gyroscope and magnetometer. The acceleration values determine the colour of the onboard LED. Printing in white or clear PLA makes the colour shine through nicely.
Teensy Guide: https://chat.openai.com/g/g-yO4mMkzpZ-teensy-guide
Ableton Guide: https://chat.openai.com/g/g-Kq9jvY4EP-ableton-live-guide
Sibelius Guide: https://chat.openai.com/g/g-qeHztCVqo-sibelius-guide
ProTools Guide: https://chat.openai.com/g/g-Eg0hDUysG-protools-guide
I've added a variable miniskiff part studio to the Eurorack case document: https://cad.onshape.com/documents/1637ca71f6ccbf900471de5e/w/ba5b8495e9753650883d1cb0/e/c3f73f4b0fd00e64b5823644?renderMode=0&uiState=656884e93534192f492a1c3b
This part studio has variables for many aspects of the case including the width in HP. 46 HP is the widest case that will print on a 25 cm 3 volume printer like the Bambu P1P
So the @tiptopaudiofficial #eurorack #modular #buchla series modules are a total of 2HP too long to fit in a standard 104HP case. I designed and printed a 108HP case with space for a uZeus power supply module. The minimal design is the perfect shape for these modules, and due to the large size is printed in six sections. I've also included a 1HP blank to fill the space of the top row. Really happy with how this #3dprinting turned out on a @bambulab_official P1P with the Bambu basic PLA!
https://www.thingiverse.com/thing:6342755
